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SN-GC1120
Scienovo
Ambient temperature +7℃ ~ 400℃ (in 1℃ increment)
± 0.02℃
FID/ TCD/ FPD/ NPD/ECD
1 Years
OEM /ODM Service
| Quantity: | |
|---|---|
| Product Description |
Flexible Sample Introduction System
Up to three injectors may be installed and operated simultaneously with independent temperature control. Wide range of injectors is available to be chosen from for various applications. It is very convenient for installation and disassembly of sample injectors.
Sample Injector with Mono Packed Column/Double Packed Columns:
Several alternative sample introduction methods, including on-column sample introduction and six-way valve injection;
Adapter for injection to capillary column (0.53 mm i.d.).
Sample injector for capillary column
Special sample injector with septum purge and back-pressure valve splitting;
Special programmable split/splitless injector with solenoid valve, septum purge, back-pressure valve splitting, and standalone carrier gas and make-up gas flow;
Modified dual-packed-column sample injector for injection to capillary column by employing some connectors and back-pressure valve splitting.
Advanced Pneumatics
Carrier gas control with constant pressure valve and constant flow valve;
Air and hydrogen control with constant pressure valve and needle valve;
Flow easily adjustable through constant flow valve and needle valve with digital display;
High precision, reproducibility and reliability.
Sensitive and reliable detector
Up to three detectors (FID, TCD, ECD, etc) may be installed and operated simultaneously. Simultaneous multi-detection with detectors in series or in parallel meets the various analysis requirements.
The new FID provides higher sensitivity than ever before. It is very convenient to disassemble and clean the jet and collector. Precisely fixed emitter configuration ensures conformity of product performance;
Excellent TCD detector with high-resistance tungsten-rhenium filaments provides high sensitivity. A sensitivity of 10000 mV·mL/mg is achieved with optional amplifier circuit board. Special configuration of air heat insulation enhances the stability of TCD detector
Constant-current, pulse-modulated ECD detector sets sensitivity and current by computer.
Advanced Microcomputer Control System
With advanced control techniques, microcomputer-based temperature control system provides superior performance.
High temperature precision (± 0.5℃), high reliability, and high resistance to disturbance;
Five independent heated zones, with maximum operating temperature of 400℃;
Temperature-limit setting and overheat protection.
Instrument control is accomplished through the keypad, and the instrument offers outstanding capabilities.
Self-diagnosis;
Power-off protection;
Ten methods saving and reloading;
Two controls of external events;
Timing on/off of temperature control;
Timing program, detector status, measurement range, polarity and current setting and display;
Temperature setting values, actual values, retention time and analysis time display.
High-performance spacious column oven
Spacious column oven accommodating capillary column and dual packed columns and convenient for column installation;
Fast heat-up and rapid cool-down column oven with automated back-door opening (300℃ to 50℃ in 7 min);
Available for both near-ambient and above ambient temperature control;
Supports 5 oven ramps with 6 plateaus.
Advanced Microcomputer Control System
Superior performance with advanced, microcomputer-based temperature control system
High temperature accuracy (optimum ± 0.02℃), high reliability, and anti-interference
Self-diagnosis/ self-protection function (overheat protection, power-off protection, etc.)
Intuitive display of timing program, detector status, measurement range, current setting, etc
Features
Control system: designed for monitoring and controlling the instrument via the computer.
Column Compartment/oven with superior thermal performance, multistage (10 ramps) programmed temperature control function. (supported by “control system”)
Advanced built-in data acquisition system , supporting real time instrument status monitoring, detection signal acquisition and PC control
Column oven accommodates up to 3 chromatographic columns, and supports quick heat-up and rapid cool-down with automated back-door opening.
Flexible sample introduction system: 3 sample injectors could be installed and operated simultaneously with independent temperature control.
High sensibility and stability detector.
2 independent and analog signals output.
M6 software, compatible with GLP-21 CFR Part11 requirements and regulations. (electronic records and signatures)
| Specification |
Column Oven | Temperature range | Ambient temperature +7℃ ~ 400℃ (in 1℃ increment) | |
Temperature accuracy | ± 0.02℃ | ||
Cooling time | 400℃ to 50℃ in 8-10 min at 25℃ ambient | ||
Programmed temperature setting | 0.1℃~40℃/min (in 1℃ increment) | ||
Program ramps | 7 ramps in total (10 ramps available with control workstation) | ||
Size (L*W*H) | 284*280*241mm (inside) | 340*345*281mm (outside) | |
FID Flame Ionization Detector | Max Operation Temperature | 400℃ | |
Detection limit | ≤3×10-12g/s (C16) | ||
Best test result | ≤3×10-12g/s (C16) | ||
Drift | ≤6×10-13A/30min | ||
Noise | ≤5×10-14A | ||
Linearity range | ≥106 | ||
TCD Thermal Conductivity Detector | Max Operation Temperature | 400℃ | |
Sensitivity | ≥5000mV, mL/mg (C16) | ||
Baseline noise | ≤20µV | ||
Drift | ≤60µV/h | ||
Linearity range | ≥104 | ||
FPD Flame Photometric Detector | Max Operation Temperature | 400℃ | |
Detection limit | ≤8×10-13g/s(P) ; ≤8×10-11g/s(S) | ||
Drift | ≤2×10-11A/30min | ||
Baseline noise | ≤5×10-12A | ||
NPD Nitrogen-Phosphorus Detector | Max Operation Temperature | 400℃ | |
Detection limit | 《5×10-12g/s（N） (Azobenzene) ; 《5×10-13g/s（P） (Malathion) | ||
ECD Electron Capture Detector | Max Operation Temperature | 350℃ | |
Linear range | ≥10 3 (γ -666) | ||
Baseline drift | ≤80μ V/h | ||
Baseline noise | ≤20μ V | ||
Detection limit | ≤2 X 10-13g/ml (γ -666) | ||
| Product Description |
Flexible Sample Introduction System
Up to three injectors may be installed and operated simultaneously with independent temperature control. Wide range of injectors is available to be chosen from for various applications. It is very convenient for installation and disassembly of sample injectors.
Sample Injector with Mono Packed Column/Double Packed Columns:
Several alternative sample introduction methods, including on-column sample introduction and six-way valve injection;
Adapter for injection to capillary column (0.53 mm i.d.).
Sample injector for capillary column
Special sample injector with septum purge and back-pressure valve splitting;
Special programmable split/splitless injector with solenoid valve, septum purge, back-pressure valve splitting, and standalone carrier gas and make-up gas flow;
Modified dual-packed-column sample injector for injection to capillary column by employing some connectors and back-pressure valve splitting.
Advanced Pneumatics
Carrier gas control with constant pressure valve and constant flow valve;
Air and hydrogen control with constant pressure valve and needle valve;
Flow easily adjustable through constant flow valve and needle valve with digital display;
High precision, reproducibility and reliability.
Sensitive and reliable detector
Up to three detectors (FID, TCD, ECD, etc) may be installed and operated simultaneously. Simultaneous multi-detection with detectors in series or in parallel meets the various analysis requirements.
The new FID provides higher sensitivity than ever before. It is very convenient to disassemble and clean the jet and collector. Precisely fixed emitter configuration ensures conformity of product performance;
Excellent TCD detector with high-resistance tungsten-rhenium filaments provides high sensitivity. A sensitivity of 10000 mV·mL/mg is achieved with optional amplifier circuit board. Special configuration of air heat insulation enhances the stability of TCD detector
Constant-current, pulse-modulated ECD detector sets sensitivity and current by computer.
Advanced Microcomputer Control System
With advanced control techniques, microcomputer-based temperature control system provides superior performance.
High temperature precision (± 0.5℃), high reliability, and high resistance to disturbance;
Five independent heated zones, with maximum operating temperature of 400℃;
Temperature-limit setting and overheat protection.
Instrument control is accomplished through the keypad, and the instrument offers outstanding capabilities.
Self-diagnosis;
Power-off protection;
Ten methods saving and reloading;
Two controls of external events;
Timing on/off of temperature control;
Timing program, detector status, measurement range, polarity and current setting and display;
Temperature setting values, actual values, retention time and analysis time display.
High-performance spacious column oven
Spacious column oven accommodating capillary column and dual packed columns and convenient for column installation;
Fast heat-up and rapid cool-down column oven with automated back-door opening (300℃ to 50℃ in 7 min);
Available for both near-ambient and above ambient temperature control;
Supports 5 oven ramps with 6 plateaus.
Advanced Microcomputer Control System
Superior performance with advanced, microcomputer-based temperature control system
High temperature accuracy (optimum ± 0.02℃), high reliability, and anti-interference
Self-diagnosis/ self-protection function (overheat protection, power-off protection, etc.)
Intuitive display of timing program, detector status, measurement range, current setting, etc
Features
Control system: designed for monitoring and controlling the instrument via the computer.
Column Compartment/oven with superior thermal performance, multistage (10 ramps) programmed temperature control function. (supported by “control system”)
Advanced built-in data acquisition system , supporting real time instrument status monitoring, detection signal acquisition and PC control
Column oven accommodates up to 3 chromatographic columns, and supports quick heat-up and rapid cool-down with automated back-door opening.
Flexible sample introduction system: 3 sample injectors could be installed and operated simultaneously with independent temperature control.
High sensibility and stability detector.
2 independent and analog signals output.
M6 software, compatible with GLP-21 CFR Part11 requirements and regulations. (electronic records and signatures)
| Specification |
Column Oven | Temperature range | Ambient temperature +7℃ ~ 400℃ (in 1℃ increment) | |
Temperature accuracy | ± 0.02℃ | ||
Cooling time | 400℃ to 50℃ in 8-10 min at 25℃ ambient | ||
Programmed temperature setting | 0.1℃~40℃/min (in 1℃ increment) | ||
Program ramps | 7 ramps in total (10 ramps available with control workstation) | ||
Size (L*W*H) | 284*280*241mm (inside) | 340*345*281mm (outside) | |
FID Flame Ionization Detector | Max Operation Temperature | 400℃ | |
Detection limit | ≤3×10-12g/s (C16) | ||
Best test result | ≤3×10-12g/s (C16) | ||
Drift | ≤6×10-13A/30min | ||
Noise | ≤5×10-14A | ||
Linearity range | ≥106 | ||
TCD Thermal Conductivity Detector | Max Operation Temperature | 400℃ | |
Sensitivity | ≥5000mV, mL/mg (C16) | ||
Baseline noise | ≤20µV | ||
Drift | ≤60µV/h | ||
Linearity range | ≥104 | ||
FPD Flame Photometric Detector | Max Operation Temperature | 400℃ | |
Detection limit | ≤8×10-13g/s(P) ; ≤8×10-11g/s(S) | ||
Drift | ≤2×10-11A/30min | ||
Baseline noise | ≤5×10-12A | ||
NPD Nitrogen-Phosphorus Detector | Max Operation Temperature | 400℃ | |
Detection limit | 《5×10-12g/s（N） (Azobenzene) ; 《5×10-13g/s（P） (Malathion) | ||
ECD Electron Capture Detector | Max Operation Temperature | 350℃ | |
Linear range | ≥10 3 (γ -666) | ||
Baseline drift | ≤80μ V/h | ||
Baseline noise | ≤20μ V | ||
Detection limit | ≤2 X 10-13g/ml (γ -666) | ||
